Sentence examples for mass transfer simulations from inspiring English sources
The NAPL source zone (1.6 × 1.0 × 0.05 m3) was created from a spill simulation using UTCHEM while all subsequent mass transfer simulations were conducted using MODFLOW/RT3D described in Sect.
A two-dimensional mathematical model has been elaborated for fluid dynamic and mass transfer simulations with both gaseous phase and solid interface reactions.
In addition the mass transfer simulations are modified to permit spatially varying values of diffusivity, essential to differentiate between intra- and inter-particle diffusivity (Dintra and Dinter, respectively).
This study concerns the development of a numerical methodology to conduct conjugate heat and mass transfer simulations of burning and moving solids.
The integrated computational fluid dynamics (CFD) and mass transfer simulations provide complete spatial and temporal information about the concentration field within the reactor, which enable quantification of the mass transfer coefficient kLa as a function of time and operating condition.
The effect on the mass transfer simulations of the most important numeric and operational parameters, such as the grid density, the Schmidt number and the Reynolds number, is assessed.
Transient mass transfer simulation is achieved using a series of piecewise steady-state simulations.
The unique capability of ProTreat software to conduct rate based mass transfer simulation is described and applied for H2S Enrichment simulation.
The hydrosolar roof direct contact heat and mass transfer simulation has been developed with a CFD code.
The rate based mass transfer simulation by ProTreat software adds to the reliability of the simulation result (as evident by its acceptance within industry).
The heat and mass transfer simulation model of a ground heat exchanger (GHE) directly affects the design and operation performance of a ground-coupled heat pump system.
